3.22 Convert the coordinates of the following points Cartesian to cylindrical and spherical coordinates: * (a) P = (1, 2,0) (b) P2 (0,0, 2) (c) P3 = (1, 1,3) (d) Pa = (-2, 2, -2)
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A: triple integral
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A: Radius =6 r(t)= (5+6cos(thetha))i+tj+(3+6sin(thetha)k
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A: Explanation of the answer is as follows
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Q: 1) Use spherical coordinates to evaluate 4-y² c4-x²-y² 4-x2-y2 Li L y²/x² + y² + z² dzdxdy
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Q: *3.22 Convert the coordinates of the following points Cartesian to cylindrical and spherical…
A: As per Bartleby's answering policy, we can answer only one question with a maximum of three subparts…
Q: 1) Converting Cartesian to spherical x +y + (z - 1)? = 1
A: The relationship between cartesian and spherical coordinates are :
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Q: 9. Convert from cylindrical to spherical coordinates (a) ( /3 , t/6, 3) (b) (1, t/4, -1) (c) (2,…
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A: Cylindrical to rectangular transformation is made by following rule,
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Q: Which of the following is the cylindrical coordinates of (-1, -/3,2)?
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Q: 12. Find the distance from the point P(0,0,0) to the plane given by x + y +z= 6.
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